I can do that, but the person also wants outside photos...
I can do that, but the person also wants outside photos...
Hello,
I am from southern Europe, and I always find photographing northern types a challenging enterprise.
Last time I did, I spot metered the skin of the face, I gave it a +1 stop, and I lost all detail in the hair (and in the environments).
How do I nail it?
[Administrator/power user: could you move my post to "exposure"? I did not realize there was such a category.]
Any ideas where the hair fell on exposure scale? How that film was developed?...
I think your problem isn't really your exposure setting of your camera but an excessive contrast created by too harsh of lighting. (ie. direct sun light)
+1, Take an incidental light reading from the subject position with the dome pointed towards the camera.why not meter incoming light rather then reflected light?
this should give you a far more accurate reading.
mm
The palm of my hand meters +1.5EV brighter than an 18% gray card. If you metered the skin of a fair complexioned person from the north, and only gave the exposure +1, their skin was actually overexposed by +0.5EV (assuming their skin was as light colored as the palm of my hand). The RIGHT way to expose would be simply to meter an 18% gray card or to use an incident light meter, with the exposure setting on camera exactly as suggested by either meter, and the skin would then show up +1.5EV brighter than the 18% gray card in the photo!
Stop using a spot meter.Last time I did, I spot metered the skin of the face, I gave it a +1 stop, and I lost all detail in the hair (and in the environments).
Last time I did, I spot metered the skin of the face, I gave it a +1 stop, and I lost all detail in the hair (and in the environments).
I agree, incidental light meters are "highlight meters", and won't "blow the highlights" which is the O.Ps problem, IMO it's nothing to do with fill in flash or lighting it's purely an exposure error.why not meter incoming light rather then reflected light?
this should give you a far more accurate reading.
mm
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